@inproceedings {Janßen1673_2016,
	year = {2016},
	author = {Janßen, Niclas A. and Oetjen, Arne and Weber, Reinhard and van de Par, Steven},
	title = {Temporal Build-Up of Psychoacoustic Roughness},
	booktitle = {Proc. German Annual Conf. Acoust. (DAGA)},
	URL = {http://www.daga2016.de/fileadmin/uploads/2016.daga-tagung.de/Programm/DAGA16_Programm_online.pdf},
	abstract = {Psychoacoustic roughness, which can occur for example in sounds of
rotating machinery and speech, can have influence on different sound
quality aspects such as the perceived pleasantness. Therefore, roughness
has relevance in the context of product sound design, e.g. for vehicle
interior sounds. Roughness arises from amplitude modulations within
the frequency range of about 15 to 150 Hz. Due to variations of such modulations
over time, roughness can vary over time, for example when a
car is accelerating. So far, roughness perception has rarely been studied
with a focus on such temporal changes.
One may question whether there exists a temporal build-up for the
strength of perceived subjective roughness. In the present study, a
roughness matching experiment for stimuli containing amplitude modulated
parts with different lengths was conducted. It was found that the
amount of perceived overall roughness seems to increase with increasing
duration of the rough portion inside a sound with fixed overall length.
From this, a general trend for changes in roughness perceptionwith such
time-changes has been found and a model describing these changes will
be presented.}
}